virt-manager/virtManager/console.py

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# Copyright (C) 2006-2008, 2015 Red Hat, Inc.
# Copyright (C) 2006 Daniel P. Berrange <berrange@redhat.com>
# Copyright (C) 2010 Marc-Andre Lureau <marcandre.lureau@redhat.com>
#
# This work is licensed under the GNU GPLv2 or later.
# See the COPYING file in the top-level directory.
import logging
Convert to use GTK3 and GObject Introspection bindings Switch over to use GObject introspection bindings for all python modules related to GObject/GTK3/etc. It is not possible to mix and match old pyggtk/pygobject manual bindings with new introspection based bindings so it must be all changed in one go. Imports like import gtk Change to from gi.repository import Gtk The vmmGObject class is changed to always inherit from GObject.GObject There is no compelling reason to avoid a GObject dep for the virt-manager TUI & it horribly messed up the code. Signal declarations are changed from vmmChooseCD.signal_new(vmmChooseCD, "cdrom-chosen", [object, str]) To __gsignals__ = { "cdrom-chosen": (GObject.SignalFlags.RUN_FIRST, None, [object, str]) } which is required by new GObject bindings Most of the rest of the change is simply dealing with renamed constants / classes. Alot of legacy compat code was removed - ie helpers which check to see if certain GTK2 methods are available are no longer required since we're mandating GTK3 only. The event loop is replaced with LibvirtGLib's event loop. Still todo - Rip out all DBus stuff & make vmmEngine class inherit GtkApplication which provides unique support & DBus method handling - Switch to use LibvirtGConfig & LibvirtGObject for libvirt interaction - Possibly switch to Python 3 too ? - Figure out why GNOME keyring is missing Introspection support My suggestion is that the standalone GIT repo for virt-install only live on as a support branch for legacy platforms. A stable-0.9 branch of virt-manager can be kept for legacy PyGtk2 based virt-manager releases. The virt-manager master branch should exclusively use GObject inspection and ideally Python3 and contain both the virt-manager and virt-install codebases in one since they are intimately related to each other & using separate GIT repos has needlessly complicated life for everyone. crobinso: Some locking fixes Misc cleanups and dropping now-useless code Fix dbus usage Fix graph cell renderer regression Fix a couple tooltip issues
2012-05-14 17:24:56 +04:00
from gi.repository import Gtk
from gi.repository import Gdk
from .baseclass import vmmGObject, vmmGObjectUI
from .details import DETAILS_PAGE_CONSOLE
from .serialcon import vmmSerialConsole
from .sshtunnels import ConnectionInfo
from .viewers import SpiceViewer, VNCViewer, have_spice_gtk
# console-pages IDs
(_CONSOLE_PAGE_UNAVAILABLE,
_CONSOLE_PAGE_AUTHENTICATE,
_CONSOLE_PAGE_SERIAL,
_CONSOLE_PAGE_VIEWER) = range(4)
class _TimedRevealer(vmmGObject):
"""
Revealer for the fullscreen toolbar, with a bit of extra logic to
hide/show based on mouse over
"""
def __init__(self, toolbar):
vmmGObject.__init__(self)
self._in_fullscreen = False
self._timeout_id = None
self._revealer = Gtk.Revealer()
self._revealer.add(toolbar)
# Adding the revealer to the eventbox seems to ensure the
# eventbox always has 1 invisible pixel showing at the top of the
# screen, which we can use to grab the pointer event to show
# the hidden toolbar.
self._ebox = Gtk.EventBox()
self._ebox.add(self._revealer)
self._ebox.set_halign(Gtk.Align.CENTER)
self._ebox.set_valign(Gtk.Align.START)
self._ebox.show_all()
self._ebox.connect("enter-notify-event", self._enter_notify)
self._ebox.connect("leave-notify-event", self._enter_notify)
def _cleanup(self):
self._ebox.destroy()
self._ebox = None
self._revealer.destroy()
self._revealer = None
self._timeout_id = None
def _enter_notify(self, ignore1, ignore2):
x, y = self._ebox.get_pointer()
alloc = self._ebox.get_allocation()
entered = bool(x >= 0 and y >= 0 and
x < alloc.width and y < alloc.height)
if not self._in_fullscreen:
return
# Pointer exited the toolbar, and toolbar is revealed. Schedule
# a timeout to close it, if one isn't already scheduled
if not entered and self._revealer.get_reveal_child():
self._schedule_unreveal_timeout(1000)
return
self._unregister_timeout()
if entered and not self._revealer.get_reveal_child():
self._revealer.set_reveal_child(True)
def _schedule_unreveal_timeout(self, timeout):
if self._timeout_id:
return
def cb():
self._revealer.set_reveal_child(False)
self._timeout_id = None
self._timeout_id = self.timeout_add(timeout, cb)
def _unregister_timeout(self):
if self._timeout_id:
self.remove_gobject_timeout(self._timeout_id)
self._timeout_id = None
def force_reveal(self, val):
self._unregister_timeout()
self._in_fullscreen = val
self._revealer.set_reveal_child(val)
self._schedule_unreveal_timeout(2000)
def get_overlay_widget(self):
return self._ebox
def build_keycombo_menu(on_send_key_fn):
menu = Gtk.Menu()
def make_item(name, combo):
item = Gtk.MenuItem.new_with_mnemonic(name)
item.connect("activate", on_send_key_fn, combo)
menu.add(item)
make_item("Ctrl+Alt+_Backspace", ["Control_L", "Alt_L", "BackSpace"])
make_item("Ctrl+Alt+_Delete", ["Control_L", "Alt_L", "Delete"])
menu.add(Gtk.SeparatorMenuItem())
for i in range(1, 13):
make_item("Ctrl+Alt+F_%d" % i, ["Control_L", "Alt_L", "F%d" % i])
menu.add(Gtk.SeparatorMenuItem())
make_item("_Printscreen", ["Print"])
menu.show_all()
return menu
class vmmOverlayToolbar:
def __init__(self):
self.send_key_button = None
self.timed_revealer = None
self.keycombo_toolbar = None
self.toolbar = None
self.send_key_button = None
self.timed_revealer = None
self.overlay_toolbar = None
def create(self, name, tooltip_text, accessible_name,
send_key_accessible_name, on_leave_fn, on_send_key_fn):
self.keycombo_toolbar = build_keycombo_menu(on_send_key_fn)
self.overlay_toolbar = Gtk.Toolbar()
self.overlay_toolbar.set_show_arrow(False)
self.overlay_toolbar.set_style(Gtk.ToolbarStyle.BOTH_HORIZ)
self.overlay_toolbar.get_accessible().set_name(name)
button = Gtk.ToolButton.new_from_stock(Gtk.STOCK_LEAVE_FULLSCREEN)
button.set_tooltip_text(tooltip_text)
button.show()
button.get_accessible().set_name(accessible_name)
self.overlay_toolbar.add(button)
button.connect("clicked", on_leave_fn)
# Exit button
def keycombo_menu_clicked(src):
ignore = src
def menu_location(*args):
# Signature changed at some point.
# f23+ : args = menu, x, y, toolbar
# rhel7.3 : args = menu, toolbar
if len(args) == 4:
toolbar = args[3]
else:
toolbar = args[1]
ignore, x, y = toolbar.get_window().get_origin()
height = toolbar.get_window().get_height()
return x, y + height, True
self.keycombo_toolbar.popup(None, None, menu_location,
self.overlay_toolbar, 0,
Gtk.get_current_event_time())
self.send_key_button = Gtk.ToolButton()
self.send_key_button.set_icon_name(
"preferences-desktop-keyboard-shortcuts")
self.send_key_button.set_tooltip_text(_("Send key combination"))
self.send_key_button.show_all()
self.send_key_button.connect("clicked", keycombo_menu_clicked)
self.send_key_button.get_accessible().set_name(
send_key_accessible_name)
self.overlay_toolbar.add(self.send_key_button)
self.timed_revealer = _TimedRevealer(self.overlay_toolbar)
return self.timed_revealer.get_overlay_widget()
def cleanup(self):
self.keycombo_toolbar.destroy()
self.keycombo_toolbar = None
self.overlay_toolbar.destroy()
self.overlay_toolbar = None
self.timed_revealer.cleanup()
self.timed_revealer = None
def set_sensitive(self, can_sendkey):
self.send_key_button.set_sensitive(can_sendkey)
class vmmConsolePages(vmmGObjectUI):
"""
Handles all the complex UI handling dictated by the spice/vnc widgets
"""
def __init__(self, vm, builder, topwin):
vmmGObjectUI.__init__(self, None, None, builder=builder, topwin=topwin)
self.vm = vm
self._pointer_is_grabbed = False
self._change_title()
self.vm.connect("state-changed", self._change_title)
# State for disabling modifiers when keyboard is grabbed
self._accel_groups = Gtk.accel_groups_from_object(self.topwin)
self._gtk_settings_accel = None
self._gtk_settings_mnemonic = None
# Initialize display widget
self._viewer = None
# Fullscreen toolbar
self._keycombo_menu = build_keycombo_menu(self._do_send_key)
self._overlay_toolbar_fullscreen = vmmOverlayToolbar()
overlay = self._overlay_toolbar_fullscreen.create(
name="Fullscreen Toolbar",
tooltip_text=_("Leave fullscreen"),
accessible_name="Fullscreen Exit",
send_key_accessible_name="Fullscreen Send Key",
on_leave_fn=self._leave_fullscreen,
on_send_key_fn=self._do_send_key)
self.widget("console-overlay").add_overlay(overlay)
2010-12-22 04:13:11 +03:00
# Make viewer widget background always be black
Convert to use GTK3 and GObject Introspection bindings Switch over to use GObject introspection bindings for all python modules related to GObject/GTK3/etc. It is not possible to mix and match old pyggtk/pygobject manual bindings with new introspection based bindings so it must be all changed in one go. Imports like import gtk Change to from gi.repository import Gtk The vmmGObject class is changed to always inherit from GObject.GObject There is no compelling reason to avoid a GObject dep for the virt-manager TUI & it horribly messed up the code. Signal declarations are changed from vmmChooseCD.signal_new(vmmChooseCD, "cdrom-chosen", [object, str]) To __gsignals__ = { "cdrom-chosen": (GObject.SignalFlags.RUN_FIRST, None, [object, str]) } which is required by new GObject bindings Most of the rest of the change is simply dealing with renamed constants / classes. Alot of legacy compat code was removed - ie helpers which check to see if certain GTK2 methods are available are no longer required since we're mandating GTK3 only. The event loop is replaced with LibvirtGLib's event loop. Still todo - Rip out all DBus stuff & make vmmEngine class inherit GtkApplication which provides unique support & DBus method handling - Switch to use LibvirtGConfig & LibvirtGObject for libvirt interaction - Possibly switch to Python 3 too ? - Figure out why GNOME keyring is missing Introspection support My suggestion is that the standalone GIT repo for virt-install only live on as a support branch for legacy platforms. A stable-0.9 branch of virt-manager can be kept for legacy PyGtk2 based virt-manager releases. The virt-manager master branch should exclusively use GObject inspection and ideally Python3 and contain both the virt-manager and virt-install codebases in one since they are intimately related to each other & using separate GIT repos has needlessly complicated life for everyone. crobinso: Some locking fixes Misc cleanups and dropping now-useless code Fix dbus usage Fix graph cell renderer regression Fix a couple tooltip issues
2012-05-14 17:24:56 +04:00
black = Gdk.Color(0, 0, 0)
self.widget("console-gfx-viewport").modify_bg(Gtk.StateType.NORMAL,
black)
self.widget("console-pages").set_show_tabs(False)
self.widget("serial-pages").set_show_tabs(False)
self._serial_consoles = []
self._init_menus()
# Signals are added by vmmDetails. Don't use connect_signals here
# or it changes will be overwritten
self.widget("console-gfx-scroll").connect("size-allocate",
self._scroll_size_allocate)
self._refresh_widget_states()
self._refresh_scaling_from_settings()
self.add_gsettings_handle(
self.vm.on_console_scaling_changed(
self._refresh_scaling_from_settings))
self._refresh_resizeguest_from_settings()
self.add_gsettings_handle(
self.vm.on_console_resizeguest_changed(
self._refresh_resizeguest_from_settings))
self.add_gsettings_handle(
self.config.on_console_accels_changed(self._refresh_enable_accel))
def is_visible(self):
if self.topwin:
return self.topwin.get_visible()
else:
return False
def _cleanup(self):
self.vm = None
if self._viewer:
self._viewer.cleanup()
self._viewer = None
self._overlay_toolbar_fullscreen.cleanup()
for serial in self._serial_consoles:
serial.cleanup()
self._serial_consoles = []
##########################
# Initialization helpers #
##########################
def _init_menus(self):
# Serial list menu
smenu = Gtk.Menu()
smenu.connect("show", self._populate_serial_menu)
self.widget("details-menu-view-serial-list").set_submenu(smenu)
# Keycombo menu (ctrl+alt+del etc.)
self.widget("details-menu-send-key").set_submenu(self._keycombo_menu)
#################
# Internal APIs #
#################
def _change_title(self, ignore1=None):
title = (_("%(vm-name)s on %(connection-name)s") % {
"vm-name": self.vm.get_name_or_title(),
"connection-name": self.vm.conn.get_pretty_desc(),
})
if self._pointer_is_grabbed and self._viewer:
keystr = self._viewer.console_get_grab_keys()
keymsg = _("Press %s to release pointer.") % keystr
title = keymsg + " " + title
self.topwin.set_title(title)
def _someone_has_focus(self):
if (self._viewer and
self._viewer.console_has_focus() and
self._viewer.console_is_open()):
return True
for serial in self._serial_consoles:
if (serial.terminal and
serial.terminal.get_property("has-focus")):
return True
2010-04-21 20:59:25 +04:00
def _disable_modifiers(self):
if self._gtk_settings_accel is not None:
return
for g in self._accel_groups:
self.topwin.remove_accel_group(g)
Convert to use GTK3 and GObject Introspection bindings Switch over to use GObject introspection bindings for all python modules related to GObject/GTK3/etc. It is not possible to mix and match old pyggtk/pygobject manual bindings with new introspection based bindings so it must be all changed in one go. Imports like import gtk Change to from gi.repository import Gtk The vmmGObject class is changed to always inherit from GObject.GObject There is no compelling reason to avoid a GObject dep for the virt-manager TUI & it horribly messed up the code. Signal declarations are changed from vmmChooseCD.signal_new(vmmChooseCD, "cdrom-chosen", [object, str]) To __gsignals__ = { "cdrom-chosen": (GObject.SignalFlags.RUN_FIRST, None, [object, str]) } which is required by new GObject bindings Most of the rest of the change is simply dealing with renamed constants / classes. Alot of legacy compat code was removed - ie helpers which check to see if certain GTK2 methods are available are no longer required since we're mandating GTK3 only. The event loop is replaced with LibvirtGLib's event loop. Still todo - Rip out all DBus stuff & make vmmEngine class inherit GtkApplication which provides unique support & DBus method handling - Switch to use LibvirtGConfig & LibvirtGObject for libvirt interaction - Possibly switch to Python 3 too ? - Figure out why GNOME keyring is missing Introspection support My suggestion is that the standalone GIT repo for virt-install only live on as a support branch for legacy platforms. A stable-0.9 branch of virt-manager can be kept for legacy PyGtk2 based virt-manager releases. The virt-manager master branch should exclusively use GObject inspection and ideally Python3 and contain both the virt-manager and virt-install codebases in one since they are intimately related to each other & using separate GIT repos has needlessly complicated life for everyone. crobinso: Some locking fixes Misc cleanups and dropping now-useless code Fix dbus usage Fix graph cell renderer regression Fix a couple tooltip issues
2012-05-14 17:24:56 +04:00
settings = Gtk.Settings.get_default()
self._gtk_settings_accel = settings.get_property('gtk-menu-bar-accel')
settings.set_property('gtk-menu-bar-accel', None)
self._gtk_settings_mnemonic = settings.get_property(
"gtk-enable-mnemonics")
settings.set_property("gtk-enable-mnemonics", False)
2010-04-21 20:59:25 +04:00
def _enable_modifiers(self):
if self._gtk_settings_accel is None:
return
Convert to use GTK3 and GObject Introspection bindings Switch over to use GObject introspection bindings for all python modules related to GObject/GTK3/etc. It is not possible to mix and match old pyggtk/pygobject manual bindings with new introspection based bindings so it must be all changed in one go. Imports like import gtk Change to from gi.repository import Gtk The vmmGObject class is changed to always inherit from GObject.GObject There is no compelling reason to avoid a GObject dep for the virt-manager TUI & it horribly messed up the code. Signal declarations are changed from vmmChooseCD.signal_new(vmmChooseCD, "cdrom-chosen", [object, str]) To __gsignals__ = { "cdrom-chosen": (GObject.SignalFlags.RUN_FIRST, None, [object, str]) } which is required by new GObject bindings Most of the rest of the change is simply dealing with renamed constants / classes. Alot of legacy compat code was removed - ie helpers which check to see if certain GTK2 methods are available are no longer required since we're mandating GTK3 only. The event loop is replaced with LibvirtGLib's event loop. Still todo - Rip out all DBus stuff & make vmmEngine class inherit GtkApplication which provides unique support & DBus method handling - Switch to use LibvirtGConfig & LibvirtGObject for libvirt interaction - Possibly switch to Python 3 too ? - Figure out why GNOME keyring is missing Introspection support My suggestion is that the standalone GIT repo for virt-install only live on as a support branch for legacy platforms. A stable-0.9 branch of virt-manager can be kept for legacy PyGtk2 based virt-manager releases. The virt-manager master branch should exclusively use GObject inspection and ideally Python3 and contain both the virt-manager and virt-install codebases in one since they are intimately related to each other & using separate GIT repos has needlessly complicated life for everyone. crobinso: Some locking fixes Misc cleanups and dropping now-useless code Fix dbus usage Fix graph cell renderer regression Fix a couple tooltip issues
2012-05-14 17:24:56 +04:00
settings = Gtk.Settings.get_default()
settings.set_property('gtk-menu-bar-accel', self._gtk_settings_accel)
self._gtk_settings_accel = None
if self._gtk_settings_mnemonic is not None:
settings.set_property("gtk-enable-mnemonics",
self._gtk_settings_mnemonic)
for g in self._accel_groups:
self.topwin.add_accel_group(g)
def _refresh_enable_accel(self):
# Make sure modifiers are up to date
self._viewer_focus_changed()
def _do_send_key(self, src, keys):
ignore = src
if keys is not None:
self._viewer.console_send_keys(keys)
###########################
# Resize and scaling APIs #
###########################
def _scroll_size_allocate(self, src_ignore, req):
if not self._viewer:
return
if not self._viewer.console_get_desktop_resolution():
return
scroll = self.widget("console-gfx-scroll")
is_scale = self._viewer.console_get_scaling()
is_resizeguest = self._viewer.console_get_resizeguest()
dx = 0
dy = 0
align_ratio = float(req.width) / float(req.height)
# pylint: disable=unpacking-non-sequence
desktop_w, desktop_h = self._viewer.console_get_desktop_resolution()
desktop_ratio = float(desktop_w) / float(desktop_h)
if is_scale:
# Make sure we never show scrollbars when scaling
scroll.set_policy(Gtk.PolicyType.NEVER, Gtk.PolicyType.NEVER)
else:
scroll.set_policy(Gtk.PolicyType.AUTOMATIC,
Gtk.PolicyType.AUTOMATIC)
if is_resizeguest:
# With resize guest, we don't want to maintain aspect ratio,
# since the guest can resize to arbitrary resolutions.
self._viewer.console_set_size_request(req.width, req.height)
return
if not is_scale:
# Scaling disabled is easy, just force the VNC widget size. Since
# we are inside a scrollwindow, it shouldn't cause issues.
self._viewer.console_set_size_request(desktop_w, desktop_h)
return
# Make sure there is no hard size requirement so we can scale down
self._viewer.console_set_size_request(-1, -1)
# Make sure desktop aspect ratio is maintained
if align_ratio > desktop_ratio:
desktop_w = int(req.height * desktop_ratio)
desktop_h = req.height
dx = (req.width - desktop_w) // 2
else:
desktop_w = req.width
desktop_h = int(req.width // desktop_ratio)
dy = (req.height - desktop_h) // 2
viewer_alloc = Gdk.Rectangle()
viewer_alloc.x = dx
viewer_alloc.y = dy
viewer_alloc.width = desktop_w
viewer_alloc.height = desktop_h
self._viewer.console_size_allocate(viewer_alloc)
def _refresh_resizeguest_from_settings(self):
tooltip = ""
if self._viewer:
if self._viewer.viewer_type != "spice":
tooltip = (
_("Graphics type '%s' does not support auto resize.") %
self._viewer.viewer_type)
elif not self._viewer.console_has_agent():
tooltip = _("Guest agent is not available.")
val = self.vm.get_console_resizeguest()
widget = self.widget("details-menu-view-resizeguest")
widget.set_tooltip_text(tooltip)
widget.set_sensitive(not bool(tooltip))
if not tooltip:
self.widget("details-menu-view-resizeguest").set_active(bool(val))
self._sync_resizeguest_with_display()
def _sync_resizeguest_with_display(self):
if not self._viewer:
return
val = bool(self.vm.get_console_resizeguest())
self._viewer.console_set_resizeguest(val)
self.widget("console-gfx-scroll").queue_resize()
def _resizeguest_ui_changed_cb(self, src):
if not src.get_sensitive():
return
val = int(self.widget("details-menu-view-resizeguest").get_active())
self.vm.set_console_resizeguest(val)
self._sync_resizeguest_with_display()
def _do_size_to_vm(self, src_ignore):
# Resize the console to best fit the VM resolution
if not self._viewer:
return
if not self._viewer.console_get_desktop_resolution():
return
top_w, top_h = self.topwin.get_size()
viewer_alloc = self.widget("console-gfx-scroll").get_allocation()
desktop_w, desktop_h = self._viewer.console_get_desktop_resolution()
self.topwin.unmaximize()
self.topwin.resize(
desktop_w + (top_w - viewer_alloc.width),
desktop_h + (top_h - viewer_alloc.height))
################
# Scaling APIs #
################
def _refresh_scaling_from_settings(self):
scale_type = self.vm.get_console_scaling()
self.widget("details-menu-view-scale-always").set_active(
scale_type == self.config.CONSOLE_SCALE_ALWAYS)
self.widget("details-menu-view-scale-never").set_active(
scale_type == self.config.CONSOLE_SCALE_NEVER)
self.widget("details-menu-view-scale-fullscreen").set_active(
scale_type == self.config.CONSOLE_SCALE_FULLSCREEN)
self._sync_scaling_with_display()
def _scaling_ui_changed_cb(self, src):
# Called from details.py
if not src.get_active():
return
scale_type = 0
if src == self.widget("details-menu-view-scale-always"):
scale_type = self.config.CONSOLE_SCALE_ALWAYS
elif src == self.widget("details-menu-view-scale-fullscreen"):
scale_type = self.config.CONSOLE_SCALE_FULLSCREEN
elif src == self.widget("details-menu-view-scale-never"):
scale_type = self.config.CONSOLE_SCALE_NEVER
self.vm.set_console_scaling(scale_type)
self._sync_scaling_with_display()
def _sync_scaling_with_display(self):
if not self._viewer:
2010-12-22 04:13:11 +03:00
return
curscale = self._viewer.console_get_scaling()
fs = self.widget("control-fullscreen").get_active()
scale_type = self.vm.get_console_scaling()
if (scale_type == self.config.CONSOLE_SCALE_NEVER and
curscale is True):
self._viewer.console_set_scaling(False)
elif (scale_type == self.config.CONSOLE_SCALE_ALWAYS and
curscale is False):
self._viewer.console_set_scaling(True)
elif (scale_type == self.config.CONSOLE_SCALE_FULLSCREEN and
curscale != fs):
self._viewer.console_set_scaling(fs)
# Refresh viewer size
self.widget("console-gfx-scroll").queue_resize()
###################
# Fullscreen APIs #
###################
def _refresh_can_fullscreen(self):
cpage = self.widget("console-pages").get_current_page()
dpage = self.widget("details-pages").get_current_page()
allow_fullscreen = bool(dpage == DETAILS_PAGE_CONSOLE and
cpage == _CONSOLE_PAGE_VIEWER and
self._viewer and self._viewer.console_is_open())
self.widget("control-fullscreen").set_sensitive(allow_fullscreen)
self.widget("details-menu-view-fullscreen").set_sensitive(
allow_fullscreen)
def _leave_fullscreen(self, ignore=None):
self._change_fullscreen(False)
def _change_fullscreen(self, do_fullscreen):
self.widget("control-fullscreen").set_active(do_fullscreen)
if do_fullscreen:
self.topwin.fullscreen()
self._overlay_toolbar_fullscreen.timed_revealer.force_reveal(True)
self.widget("toolbar-box").hide()
self.widget("details-menubar").hide()
else:
self._overlay_toolbar_fullscreen.timed_revealer.force_reveal(False)
self.topwin.unfullscreen()
if self.widget("details-menu-view-toolbar").get_active():
self.widget("toolbar-box").show()
self.widget("details-menubar").show()
self._sync_scaling_with_display()
##########################
# State tracking methods #
##########################
def _show_vm_status_unavailable(self):
if self.vm.is_crashed():
self._activate_unavailable_page(_("Guest has crashed."))
else:
self._activate_unavailable_page(_("Guest is not running."))
def _close_viewer(self):
if self._viewer is None:
return
self._viewer.console_remove_display_from_widget(
self.widget("console-gfx-viewport"))
self._viewer.cleanup()
self._viewer = None
self._leave_fullscreen()
2010-12-22 04:13:11 +03:00
for serial in self._serial_consoles:
serial.close()
def _update_vm_widget_states(self):
page = self.widget("console-pages").get_current_page()
if self.vm.is_runable():
self._show_vm_status_unavailable()
elif (page == _CONSOLE_PAGE_UNAVAILABLE or
page == _CONSOLE_PAGE_VIEWER):
if self._viewer and self._viewer.console_is_open():
self._activate_viewer_page()
else:
self._init_viewer()
# Update other state
self._refresh_widget_states()
###################
# Page Navigation #
###################
def _activate_unavailable_page(self, msg):
"""
This function is passed to serialcon.py at least, so change
with care
"""
self._close_viewer()
self.widget("console-pages").set_current_page(
_CONSOLE_PAGE_UNAVAILABLE)
if msg:
self.widget("console-unavailable").set_label("<b>" + msg + "</b>")
def _activate_auth_page(self, withPassword, withUsername):
(pw, username) = self.config.get_console_password(self.vm)
self.widget("console-auth-password").set_visible(withPassword)
self.widget("label-auth-password").set_visible(withPassword)
self.widget("console-auth-username").set_visible(withUsername)
self.widget("label-auth-username").set_visible(withUsername)
self.widget("console-auth-username").set_text(username)
self.widget("console-auth-password").set_text(pw)
self.widget("console-auth-remember").set_sensitive(
bool(self.config.has_keyring()))
if self.config.has_keyring():
2015-04-12 19:43:29 +03:00
self.widget("console-auth-remember").set_active(
bool(withPassword and pw) or (withUsername and username))
self.widget("console-pages").set_current_page(
_CONSOLE_PAGE_AUTHENTICATE)
2015-04-12 19:43:29 +03:00
if withUsername:
self.widget("console-auth-username").grab_focus()
else:
self.widget("console-auth-password").grab_focus()
def _activate_viewer_page(self):
self.widget("console-pages").set_current_page(_CONSOLE_PAGE_VIEWER)
if self._viewer:
self._viewer.console_grab_focus()
def _page_changed(self, src, origpage, newpage):
ignore = src
ignore = origpage
# Hide the contents of all other pages, so they don't screw
# up window sizing
for i in range(self.widget("console-pages").get_n_pages()):
self.widget("console-pages").get_nth_page(i).set_visible(
i == newpage)
# Dispatch the next bit in idle_add, so the UI size can change
self.idle_add(self._refresh_widget_states)
def _refresh_widget_states(self):
if not self.vm:
# This is triggered via cleanup + idle_add, so vm might
# disappear and spam the logs
return
pagenum = self.widget("console-pages").get_current_page()
paused = self.vm.is_paused()
is_viewer = bool(pagenum == _CONSOLE_PAGE_VIEWER and
self._viewer and self._viewer.console_is_open())
self.widget("details-menu-vm-screenshot").set_sensitive(is_viewer)
self.widget("details-menu-usb-redirection").set_sensitive(
bool(is_viewer and self._viewer and
self._viewer.console_has_usb_redirection() and
self.vm.has_spicevmc_type_redirdev()))
can_sendkey = (is_viewer and not paused)
for c in self._keycombo_menu.get_children():
c.set_sensitive(can_sendkey)
self._overlay_toolbar_fullscreen.set_sensitive(can_sendkey)
self._refresh_can_fullscreen()
#########################
# Viewer login attempts #
#########################
def _init_viewer(self):
if self._viewer or not self.is_visible():
# Don't try and login for these cases
return
ginfo = None
try:
gdevs = self.vm.xmlobj.devices.graphics
gdev = gdevs and gdevs[0] or None
if gdev:
ginfo = ConnectionInfo(self.vm.conn, gdev)
except Exception as e:
# We can fail here if VM is destroyed: xen is a bit racy
# and can't handle domain lookups that soon after
logging.exception("Getting graphics console failed: %s", str(e))
return
if ginfo is None:
logging.debug("No graphics configured for guest")
self._activate_unavailable_page(
_("Graphical console not configured for guest"))
return
if ginfo.gtype not in self.config.embeddable_graphics():
2011-04-10 07:03:32 +04:00
logging.debug("Don't know how to show graphics type '%s' "
"disabling console page", ginfo.gtype)
msg = (_("Cannot display graphical console type '%s'")
% ginfo.gtype)
self._activate_unavailable_page(msg)
return
self._activate_unavailable_page(
_("Connecting to graphical console for guest"))
logging.debug("Starting connect process for %s", ginfo.logstring())
try:
if ginfo.gtype == "vnc":
viewer_class = VNCViewer
elif ginfo.gtype == "spice":
if have_spice_gtk:
viewer_class = SpiceViewer
else:
raise RuntimeError("Error opening Spice console, "
"SpiceClientGtk missing")
self._viewer = viewer_class(self.vm, ginfo)
self._connect_viewer_signals()
self._refresh_enable_accel()
self._viewer.console_open()
except Exception as e:
logging.exception("Error connection to graphical console")
self._activate_unavailable_page(
_("Error connecting to graphical console") + ":\n%s" % e)
def _set_credentials(self, src_ignore=None):
passwd = self.widget("console-auth-password")
username = self.widget("console-auth-username")
if passwd.get_visible():
self._viewer.console_set_password(passwd.get_text())
Convert to use GTK3 and GObject Introspection bindings Switch over to use GObject introspection bindings for all python modules related to GObject/GTK3/etc. It is not possible to mix and match old pyggtk/pygobject manual bindings with new introspection based bindings so it must be all changed in one go. Imports like import gtk Change to from gi.repository import Gtk The vmmGObject class is changed to always inherit from GObject.GObject There is no compelling reason to avoid a GObject dep for the virt-manager TUI & it horribly messed up the code. Signal declarations are changed from vmmChooseCD.signal_new(vmmChooseCD, "cdrom-chosen", [object, str]) To __gsignals__ = { "cdrom-chosen": (GObject.SignalFlags.RUN_FIRST, None, [object, str]) } which is required by new GObject bindings Most of the rest of the change is simply dealing with renamed constants / classes. Alot of legacy compat code was removed - ie helpers which check to see if certain GTK2 methods are available are no longer required since we're mandating GTK3 only. The event loop is replaced with LibvirtGLib's event loop. Still todo - Rip out all DBus stuff & make vmmEngine class inherit GtkApplication which provides unique support & DBus method handling - Switch to use LibvirtGConfig & LibvirtGObject for libvirt interaction - Possibly switch to Python 3 too ? - Figure out why GNOME keyring is missing Introspection support My suggestion is that the standalone GIT repo for virt-install only live on as a support branch for legacy platforms. A stable-0.9 branch of virt-manager can be kept for legacy PyGtk2 based virt-manager releases. The virt-manager master branch should exclusively use GObject inspection and ideally Python3 and contain both the virt-manager and virt-install codebases in one since they are intimately related to each other & using separate GIT repos has needlessly complicated life for everyone. crobinso: Some locking fixes Misc cleanups and dropping now-useless code Fix dbus usage Fix graph cell renderer regression Fix a couple tooltip issues
2012-05-14 17:24:56 +04:00
if username.get_visible():
self._viewer.console_set_username(username.get_text())
if self.widget("console-auth-remember").get_active():
self.config.set_console_password(self.vm, passwd.get_text(),
username.get_text())
else:
self.config.del_console_password(self.vm)
##########################
# Viewer signal handling #
##########################
def _viewer_add_display(self, ignore, display):
self.widget("console-gfx-viewport").add(display)
# Sync initial settings
self._sync_scaling_with_display()
self._refresh_resizeguest_from_settings()
def _pointer_grabbed(self, ignore):
self._pointer_is_grabbed = True
self._change_title()
def _pointer_ungrabbed(self, ignore):
self._pointer_is_grabbed = False
self._change_title()
def _viewer_allocate_cb(self, src, ignore):
self.widget("console-gfx-scroll").queue_resize()
def _viewer_focus_changed(self, ignore1=None, ignore2=None):
force_accel = self.config.get_console_accels()
if force_accel:
self._enable_modifiers()
elif self._someone_has_focus():
self._disable_modifiers()
else:
self._enable_modifiers()
def _viewer_auth_rejected(self, ignore, errmsg):
self._activate_unavailable_page(errmsg)
def _viewer_auth_error(self, ignore, errmsg, viewer_will_disconnect):
errmsg = _("Viewer authentication error: %s") % errmsg
self.err.val_err(errmsg)
if viewer_will_disconnect:
# GtkVNC will disconnect after an auth error, so lets do it for
# them and re-init the viewer (which will be triggered by
# update_vm_widget_states if needed)
self._activate_unavailable_page(errmsg)
self._update_vm_widget_states()
def _viewer_need_auth(self, ignore, withPassword, withUsername):
self._activate_auth_page(withPassword, withUsername)
def _viewer_agent_connected(self, ignore):
self._refresh_resizeguest_from_settings()
def _viewer_usb_redirect_error(self, ignore, errstr):
self.err.show_err(_("USB redirection error"),
text2=str(errstr), modal=True)
def _viewer_disconnected_set_page(self, errdetails, ssherr):
if self.vm.is_runable():
# Exit was probably for legitimate reasons
self._show_vm_status_unavailable()
return
msg = _("Viewer was disconnected.")
if errdetails:
msg += "\n" + errdetails
if ssherr:
logging.debug("SSH tunnel error output: %s", ssherr)
msg += "\n\n"
msg += _("SSH tunnel error output: %s") % ssherr
self._activate_unavailable_page(msg)
def _viewer_disconnected(self, ignore, errdetails, ssherr):
self._activate_unavailable_page(_("Viewer disconnected."))
logging.debug("Viewer disconnected")
# Make sure modifiers are set correctly
self._viewer_focus_changed()
self._viewer_disconnected_set_page(errdetails, ssherr)
self._refresh_resizeguest_from_settings()
def _viewer_connected(self, ignore):
logging.debug("Viewer connected")
self._activate_viewer_page()
# Make sure modifiers are set correctly
self._viewer_focus_changed()
def _connect_viewer_signals(self):
self._viewer.connect("add-display-widget", self._viewer_add_display)
self._viewer.connect("pointer-grab", self._pointer_grabbed)
self._viewer.connect("pointer-ungrab", self._pointer_ungrabbed)
self._viewer.connect("size-allocate", self._viewer_allocate_cb)
self._viewer.connect("focus-in-event", self._viewer_focus_changed)
self._viewer.connect("focus-out-event", self._viewer_focus_changed)
self._viewer.connect("connected", self._viewer_connected)
self._viewer.connect("disconnected", self._viewer_disconnected)
self._viewer.connect("auth-error", self._viewer_auth_error)
self._viewer.connect("auth-rejected", self._viewer_auth_rejected)
self._viewer.connect("need-auth", self._viewer_need_auth)
self._viewer.connect("agent-connected", self._viewer_agent_connected)
self._viewer.connect("usb-redirect-error",
self._viewer_usb_redirect_error)
###########################
# Serial console handling #
###########################
def _activate_default_console_page(self):
"""
Find the default graphical or serial console for the VM
"""
if (self.vm.xmlobj.devices.graphics or
not self.vm.get_serialcon_devices()):
return
# We iterate through the 'console' menu and activate the first
# valid entry... it's the easiest thing to do to hit all the right
# code paths.
self._populate_serial_menu()
menu = self.widget("details-menu-view-serial-list").get_submenu()
for child in menu.get_children():
if isinstance(child, Gtk.SeparatorMenuItem):
break
if child.get_sensitive():
child.toggled()
break
def _console_menu_toggled(self, src, dev):
self.widget("details-pages").set_current_page(DETAILS_PAGE_CONSOLE)
if dev.DEVICE_TYPE == "graphics":
self.widget("console-pages").set_current_page(_CONSOLE_PAGE_VIEWER)
return
target_port = dev.get_xml_idx()
serial = None
name = src.get_label()
for s in self._serial_consoles:
if s.name == name:
serial = s
break
if not serial:
serial = vmmSerialConsole(self.vm, target_port, name)
serial.terminal.connect("focus-in-event",
self._viewer_focus_changed)
serial.terminal.connect("focus-out-event",
self._viewer_focus_changed)
title = Gtk.Label(label=name)
self.widget("serial-pages").append_page(serial.box, title)
self._serial_consoles.append(serial)
serial.open_console()
page_idx = self._serial_consoles.index(serial)
self.widget("console-pages").set_current_page(_CONSOLE_PAGE_SERIAL)
self.widget("serial-pages").set_current_page(page_idx)
def _build_serial_menu_items(self, menu_item_cb):
devs = self.vm.get_serialcon_devices()
if len(devs) == 0:
menu_item_cb(_("No text console available"),
radio=False, sensitive=False)
return
active_label = None
if (self.widget("console-pages").get_current_page() ==
_CONSOLE_PAGE_SERIAL):
serial_page = self.widget("serial-pages").get_current_page()
if len(self._serial_consoles) > serial_page:
active_label = self._serial_consoles[serial_page].name
for dev in devs:
if dev.DEVICE_TYPE == "console":
label = _("Text Console %d") % (dev.get_xml_idx() + 1)
else:
label = _("Serial %d") % (dev.get_xml_idx() + 1)
tooltip = vmmSerialConsole.can_connect(self.vm, dev)
sensitive = not bool(tooltip)
active = (sensitive and label == active_label)
menu_item_cb(label, sensitive=sensitive, active=active,
tooltip=tooltip, cb=self._console_menu_toggled, cbdata=dev)
def _build_graphical_menu_items(self, menu_item_cb):
devs = self.vm.xmlobj.devices.graphics
if len(devs) == 0:
menu_item_cb(_("No graphical console available"),
radio=False, sensitive=False)
return
active = (self.widget("console-pages").get_current_page() !=
_CONSOLE_PAGE_SERIAL)
for idx, dev in enumerate(devs):
label = (_("Graphical Console") + " " +
dev.pretty_type_simple(dev.type))
sensitive = True
tooltip = None
if idx > 0:
label += " %s" % (idx + 1)
sensitive = False
tooltip = _("virt-manager does not support more "
"that one graphical console")
menu_item_cb(label, active=active,
sensitive=sensitive, tooltip=tooltip,
cb=self._console_menu_toggled, cbdata=dev)
def _populate_serial_menu(self, ignore=None):
src = self.widget("details-menu-view-serial-list").get_submenu()
for child in src:
src.remove(child)
def menu_item_cb(label, sensitive=True, active=False,
radio=True, tooltip=None, cb=None, cbdata=None):
if radio:
item = Gtk.RadioMenuItem(menu_item_cb.radio_group)
if menu_item_cb.radio_group is None:
menu_item_cb.radio_group = item
item.set_label(label)
else:
item = Gtk.MenuItem.new_with_label(label)
item.set_sensitive(sensitive)
if active:
item.set_active(True)
if tooltip:
item.set_tooltip_text(tooltip)
if cb and sensitive:
item.connect("toggled", cb, cbdata)
src.add(item)
menu_item_cb.radio_group = None
self._build_serial_menu_items(menu_item_cb)
src.add(Gtk.SeparatorMenuItem())
self._build_graphical_menu_items(menu_item_cb)
src.show_all()
##########################
# API used by vmmDetails #
##########################
def details_viewer_is_visible(self):
return bool(self._viewer and self._viewer.console_get_visible())
def details_viewer_has_usb_redirection(self):
return bool(self._viewer and
self._viewer.console_has_usb_redirection())
def details_viewer_get_usb_widget(self):
return self._viewer.console_get_usb_widget()
def details_viewer_get_pixbuf(self):
return self._viewer.console_get_pixbuf()
def details_close_viewer(self):
return self._activate_unavailable_page(_("Viewer disconnected."))
def details_activate_default_console_page(self):
return self._activate_default_console_page()
def details_update_widget_states(self):
return self._update_vm_widget_states()
def details_refresh_can_fullscreen(self):
return self._refresh_can_fullscreen()
def details_resizeguest_ui_changed_cb(self, *args, **kwargs):
return self._resizeguest_ui_changed_cb(*args, **kwargs)
def details_page_changed(self, *args, **kwargs):
return self._page_changed(*args, **kwargs)
def details_scaling_ui_changed_cb(self, *args, **kwargs):
return self._scaling_ui_changed_cb(*args, **kwargs)
def details_size_to_vm(self, *args, **kwargs):
return self._do_size_to_vm(*args, **kwargs)
def details_toggle_fullscreen(self, src):
do_fullscreen = src.get_active()
self._change_fullscreen(do_fullscreen)
def details_auth_login(self, ignore):
self._set_credentials()